Dish Antennas

4.8 - 6.5 GHz 29 dBi MIMO Dish Antenna

Model: TDD-4865-29

Freq.: 4800-6500 MHz

Gain: 29 dBi

VSWR: ≤1.8

HPBWH: 6.5°

HPBWV: 6.5°

Polarization: ±45°

  • Innovative mounting accessories for easier installation
  • Compact in size, save shipping cost
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Mimo Dish Antenna

The model TDD-4865-29 is a compact high performance 5GHz MIMO parabolic antenna. Its diameter is only 42cm but it has a high gain of 29dBi. It is suitable for outdoor remote point-to-point signal transmission to solve the problem of remote signal reception or transmission. XJS Technology uses a new design that makes the antenna smaller than many other antennas on the market, but at the same time maintains high gain and high performance. The antenna has a wide frequency band and maintains good operation in the frequency range of 4800 to 6500MHz. This antenna uses ±45° polarization mode, which ensures the stable transmission of signals with less loss during signal transmission.

The antenna, which uses a pure copper SMA connector, is equipped with two 35cm low loss RG141 jumper cables. With good quality, it is favored by customers.

In terms of installation details, XJS technology has made more humanistic consideration for parts, making installation faster and more convenient, and improving users' experience of use.

The L-shaped bracket with an easy bracket for UBNT or Mimosa radios makes it easier to connect to the Rocket M5, 5AC or Mimosa c5c.

Mimo Dish Antenna

Mimo Dish Antenna

Mimo Dish Antenna

Mimo Dish Antenna

Mimo Dish Antenna

 

Model

TDD-4865-29

Frequency Range

4800 - 6500 MHz

Gain

29 dBi

Horizontal Beamwidth(3dB)

6.5°

Vertical Beamwidth(3dB)

6.5°

Polarization

± 45° 

F/B Ratio

≥ 30 dB

VSWR

≤ 1.8 

Impedance

50 Ω   

Connector

2 x SMA

Max. Power

50 W 

Lightning Protection

DC Ground

Dimension

420 x 420 x 120 mm 

Weight

3.4 kg

Operating Temperature

-35℃~+50℃

Wind Loading

126m/s 

Mounting

Pole Mount

 

TDD-4865-29_(1).jpg

 

  • Disaster recovery and rapid deployment of applications
  • Campus and Academic Facilities
  • High-power, long-distance point-to-point applications
  • Municipal and Government Facilities
  • Wireless Internet Providers and ISPs
  • Security monitor